Geopolitical uncertainty, regulatory conflicts and a rising dependence on AI compute are putting pressure on communications service providers (CSPs) to assure customers their data is not exposed to security or reliability risks or falls under the legal jurisdiction of foreign governments. At Alianza, we work closely with CSPs around the world to architect solutions that can progressively navigate the world of “telecoms sovereignty.”
Despite sovereignty being a hot-button issue in the telecom space, industry observers and regulatory bodies have yet to coalesce around a consensus framework or definition. Early attempts to bring order to the sovereignty space include work by TelecomTV’s Unthinkable Lab, which recently conducted a workshop on the topic and published a comprehensive report.
In addition to proposing a sovereignty categorization structure (data, operational and technology), The Telecom Sovereignty Gap — How to Bridge It report identifies telecom sovereignty as a subsection focused on security, infrastructure and resiliency risks within a service provider’s network. Such segmentation, assert the report’s authors, helps telecom operators differentiate their sovereignty story from a hyperscaler’s.
Geopolitical Mistrust
A major catalyst for the recent attention sovereignty is attracting is the withering of trust within the international community. Governments and enterprises, especially highly regulated industries, have grown increasingly concerned about disruptions to operations or legal seizure of sensitive data by foreign entities.
At the center of this uncertainty is the 2018 US CLOUD (Clarifying Lawful Overseas Use of Data) Act, which compels American companies to produce data on demand regardless of where it is stored. That means data residing on servers controlled by a US-owned entity in Europe or anywhere else in the world could be subject to inspection or seizure by US authorities, despite the existence of competing laws, including the EU-enacted GDPR and Data Act. The risk is more than theoretical, according to this recently published report.
The lack of regulatory clarity is requiring CSPs to provide assurances about how the data traversing their networks is managed. Healthcare providers, law firms, financial institutions, government agencies and even enterprises outside heavily regulated industries are now asking data jurisdiction questions as part of standard procurement practice — questions that show up in RFPs and supplier risk reviews.
These questions go beyond where data is stored. Customers want to understand how and where data is processed, which legal jurisdictions apply, which third parties are involved, how AI-derived data is handled and how a provider manages the end-to-end data flow. CSPs that cannot provide clear answers risk losing business, not on price or technical capability, but on trust.
One way for CSPs to stay ahead of a quickly evolving sovereignty landscape is to treat sovereignty as an architectural design principle rather than a compliance requirement to be addressed after the fact. That means preemptively building a sovereignty strategy into network and vendor decisions, rather than running the risk of needing to make on-the-fly adjustments as the regulatory landscape evolves.
On-Premises vs UCaaS
Sovereignty concerns are also placing new scrutiny on moving from premises-based communications services, which are inherently sovereign, to partnering with or reselling services from large software companies. Routing customer communications through a third-party UCaaS platform, for example, means outsourcing data governance to that platform’s policies. Once data flows into a third-party environment, CSPs can no longer assure customers it will not cross into outside legal jurisdictions.
AI-powered UCaaS services are raising the stakes even further. When AI is applied to a voice call, the conversation could generate a recording, transcript, summary, sentiment signals and a CRM update. Each of those data-in-motion outputs has its own path, retention requirements and jurisdictional exposure. In premises-based environments, that data is likely to stay inside the operator’s own infrastructure. In cloud and AI-enabled environments, the data paths are often distributed across multiple providers and legal jurisdictions not disclosed to the end customer who is looking to be compliant.
This is where the distinction between governance-layer sovereignty and execution-layer sovereignty, as defined in the Unthinkable Lab report, comes into play. Governance-layer control, which concerns contracts and documentation, is largely theoretical. Execution-layer sovereignty is about actual operations and data flow. A CSP can have strong documentation and still be operationally dependent on infrastructure governed by an outside entity.
Long-Term Thinking
While the AI era of communications presents a legitimate opportunity for CSPs to reclaim strategic ground lost to software-only competitors, it also forces them to consider operational sovereignty issues related to losing visibility of data routed to outside providers for AI processing.
That’s why it’s so important for CSPs to think long-term when it comes to sovereignty. A sovereign-by-design approach means making deliberate decisions about where call control infrastructure is hosted, which jurisdiction governs stored data and AI-derived outputs, and which third-party providers touch customer data and under what conditions.
It also means being able to classify workloads by sensitivity requirements. A strong play for CSPs would be the ability to keep more sensitive customer information on premises-based systems, while using a cloud layer for less sensitive workloads. Even regulated industries understand that not all data needs the same level of governance.
The bottom line is that treating data sovereignty as a design principle rather than a compliance afterthought pays dividends on several fronts. It reduces regulatory exposure as the legal landscape continues to tighten, while also positioning CSPs to win and retain customers in regulated industries, where trust is increasingly the deciding factor.
